Download Ch. 5-8 Schedule 2016

Organic Chemistry
Ch. 5-8 Schedule - Spring 2016
Date
Fri.
5-29
Mon
5-2
Tues
5-3
Wed.
5-4
Class Activities
5.1 Structural relations
5.2 Constitutional Isomerism
5.3 Classifying and Naming Alcohols
Practice Naming ~10 min
5.7 The Oxidation of Alcohols
Practice identifying structures ~5 min (WS attached)
Start Review of Rxns WS (pg 1 only) due in three days (attached)
Correct PS 5.1
Quiz-Naming Alcohols and Ethers (start of class)
Check reading notes Box 5.1, 5.2, 5.3; Quick Review of boxes
Review of Oxidation Reactions; Oxidation States
5.4 Physical Properties of Alcohols
5.9 Ethers
5.6 & 5.10 Dehydration of Alcohols
6.1 Structure Aldehydes and Ketones
6.2 Naming Aldehydes and Ketones
Check reading notes box 6.1, 6.2 Ald/Ket in Nature/Impt.
Dichromate Testing Lab ~25 min
Correct Dichromate Lab
Correct Review of Reactions WS
6.4, 6.5 Oxidation/Reduction of Aldehydes/Ketones
Quiz – Naming Aldehydes and Ketones
Homework
Read: pg. 150-157, 165-169, 176-177
Hwk: reading notes on pg. 2 of note packet
(box 5.1 pg 156, box 5.2 pg 158, box 5.3
pg 160) = 13 pt
Read: pg. 158-162, 172-175
Hwk: PS 5.1 Ch. 5 #2,7,8,17,18,19,
27b,35,36(1-3),41, 67 pg. 179-183
Read: pg. 175; 184-192; 195-204 (skim 6.5)
Hwk: reading notes on pg. 6 packet (box 6.1,
box 6.2)
Hwk: PS 5.2 ,9,10,15c, 29,30,32, 43
(15c and 32 will be done in class after
dehydration notes)
Hwk: Review of Rxns WS (attached)
Hwk: Start PS 6.1 Ch. 6 #1,2,5,9,10, 11,
12,15,21, 33,49,66,68 pg. 210-215
Cold Light Lab ~40 min
Thurs.
5-5
Fri.
5-6
Mon. 5-9
Tues.
5-10
Wed.
5-11
Thurs.
5-12
Fri.
5-13
Cold Light Lab post lab
Quiz – Reactions (Redox and dehydration)
Check Reading Notes Box 7.1 Carboxylic Acids in Nature
7.1 Carboxylic acids
7.2 Synthesis of Carboxylic Acids
7.3 Naming Carboxylic Acids
7.5 Acidity of Carboxylic Acids
7.6 Carboxylate Salts
Box 7.2 Carboxylate Salts
Read: pg. 216-228 AND reading notes in
packet (box 7.1)
7.7 Soaps and their cleaning action
Box 7.3 Hard Water and Detergents
7.8 Esters from Carboxylic Acids and Alcohols
7.9 Names of Esters (omit physical prop)
LAB – Making Soap – next unit
Slush Day – Make up needed work
Correct PS 7.1
LAB – Preparation of esters (Lab O-38)
Read: pg. 229-232
Hwk: P.S. 7.1 Ch. 7 #1-3,7-13,15ab,16 pg.
241-245
(will correct with rest tomorrow)
QUIZ – Ester formation, naming esters & acids
Polyester synthesis; Hydrolysis of esters
LAB – Preparation of Aspirin (Quiz while acid ppt’s)
Complete test #5 on your aspirin (even if wet)
8.1 Amines and Amides
8.2 Classifying Amines
8.3 Naming Amines
Correct PS 7.2
Nylon Lab ~20 min
Complete Naming Amine WS and grade end of class
TEST: Ch. 5-8
Read: Aspirin Lab; pg. 232-235 (attached)
Hwk: : Collect Ester Lab ; aspirin pre-lab
questions
Hwk: PS 6.1 Ch. 6 #1,2,5,9,10, 11, 12, 15, 21,
33,49,66,68 pg. 210-215
Hwk: reading notes on pg. 8 packet (box 7.1)
Correct Cold Light Lab
Get your make-up work completed.
Hwk: P.S. 7.1 cont. 28,29,30a,33 E.C. 34a
Read: Read pg. 246-252
Hwk: PS 7.2 Ch. 7 #21,22a,27,37-39 pg. 241245
Naming Amines WS (in class) attached
Collect Aspirin Lab
Hwk: Study for Test; Ch. 5-8 Review WS
(answers online)
Essential Questions:
• How do you name alcohols, ethers, aldehydes, and ketones, acids, esters, and amines?
• How can you predict chemical properties alcohols, ethers, aldehydes, ketones, acids, and esters?
• How can you predict physical properties alcohols and ethers?
• How can you describe the cleaning action of soap?
• How can you write an equation to demonstrate the acidity of a carboxylic acid?
• How can you write an equation for the hydrolysis and saponification of an ester?
Naming
Alcohols
Ethers
Aldehydes
Ketones
Carboxylic acids
Esters
Amines
Physical properties
Solubility alkane < ether < aldehyde, ketone, alcohol, acid
Melting/Boiling points: alkane < ether, aldehyde, ketone < alcohol < acid
Reactions/Chemical Properties
Complete combustions
Organic compound (w/ H & C) + O2  CO2 + H2O
Selective Oxidation:
Primary alcohol  aldehyde  carboxylic acid
Secondary alcohol  ketone
Reduction:
Carboxylic acid  aldehyde  primary alcohol
Ketone  secondary alcohol
Dehydration:
Primary alcohol + primary alcohol  ether + water
Primary or secondary alcohol  alkene
Carboxylic acid + alcohol  ester + water
Acid/Base:
Carboxylic acid + water  carboxylate ion + hydronium
Carboxylic acid + base  carboxylate salt + water
Saponification:
Triclyceride + base  fatty acid salt + glycerol
Polyester formation/ hydrolysis:
n diester  polyester + water
Polyester + water  n ester